200934902 九、發明說明： 【發明所屬之技術領域】 • 本發明係關於使用圓筒針織機編織之波紋狀織物之編織 . 裝置及方法。本發明亦關於本方法所使用之具有針鈎針織工具 及由此方法所製成之波紋狀織物。 【先前技術】 所謂之「波紋狀織物（Spacer fabric)」係將由針筒針織成之 ❺ 針筒織物與由針盤針織成之針盤織物用穿結紗穿結連接而成 之織物，亦稱為「互楞狀針織物」。 波紋狀織物因具有優良之緩衝性、保溫性及吸水性，其用 途漸漸擴大中，例如，做為產業質材使用於車輛用座椅之座 塾、寢具之床墊、椅子之表面（椅面），做為特殊布料使用於 防寒内衣、老弱病人之照護布料等。在此現況下’特別是在產 業資材之用途上，更厚之波紋狀織物之需求日殷。 按波紋狀織物之厚度係由針筒針與針盤針之間之距離所 決定。以往，圓筒針織機製成之波紋狀織物係用雙面針織之跑 ® 道針織機編織，穿結紗插入針筒針與針盤針之雙方而行集圈連 結。此時，針筒針必須在針盤針之上方鈎入穿結紗，但針筒針 因僅能抬至集圈位置之故，受制於此’針筒針與針盤針間之距 離無法縮短。 如照習知之織法，欲製造較厚之波紋狀織物只有加長織針 之長度’但因受制於強度極限，針長無法超過一定長度，且如 加長織針時，便需使用更長之三角（凸板），生產性即降低。 為解決上述問題，日本特許公開2007-169871號公報（下 200934902 針剌行程影響能實施集圈 稱專利文獻一）揭示一種不受針長戈 連結之波紋狀織物。 根據此早先申請之發明，圓筒 有絨頭紗轉移機器。此絨頭紗轉移機：：之-個針f之間-置 置移動至集圈位置。其中-組之送紗元件 : 之針釣之方向移動，另—組之送紗元件則向第二針 φ 之針釣之方向移動’而能在圓筒針織機上織成波紋狀織物。 依此發明，據稱即使使用針到行程未滿14咖之標準尺寸之舌 針，亦能製得厚度14mm以上之波紋狀織物。 上述專利文獻一所揭示之發明，存在著機構上複雜，及穿 結紗由斜向餵入之關係難保持穩定之餵紗之缺點。 【發明内容】 本發明之目的，在提供一種能以更簡單之構造，減輕織針 之負擔，且可維持穩定之集圈穿結，製成波紋狀織物之裝置 方法》 為達成上述目的，本發明之波紋狀織物之編織裝置，係 © 由：a)針筒織物形成裝置’具備針筒，收容於上述針筒之針槽 内可上下方向滑動之針筒針，及用以控制上述針筒針之針筒抑 制三角；b)針盤織物形成裝置，具有針盤’收容於上述針盤二 針槽内可水平方向滑動之針盤針，及用以控制上述針盤針之針 盤針控制三角；及c)穿結紗控制裝置，用以將上述針筒織物形 成裝置所形成之針筒織物與上述針盤織物形成裝置所形成之 針盤織物互相穿結；所構成；其特徵在於：該用以穿結上述針 筒織物與上述針盤織物之穿結紗控制裝置係設置在上述針筒 200934902 針與上述針盤針中之任—方之針與針間之具 針織工具之針㈣係構成能向針織機之中心針，工具，此 逆中心方向搖動自如，且該針釣部復可沿縱:或針織機之 至超過上述針筒及上述針盤針中之另—方之針°上昇或前進 置。 針椁上方位 本發明之波紋狀織物之編織方法， . 筒織物之卫程，由針盤針織成 針筒針織成針 ❹ 織物與上述針盤織物用穿結紗穿將上述針筒 至上述針筒針及上述針盤針中任― ’其特徵在於：供紗 由具針鈎針織工具之針鈎部捕捉 It述穿結紗係藉 =紗拉至自另-方之針已打開之針:前具 =:長:·穿結上述針軸與上述針茼織 =明方法中所使用之具針鈎針織工 狀’並由首部及胴部構成；上述 二、整趙形成為板 之中心方向之L字型針釣部;且：端設有面向針織機 逆中=向之搖動用針踵及上下移動料^成有面向針織機之 '有如上構成之本發明有下列功效： ^發明之裝置’在針筒針與針盤針 有一針鈎針織工具。該具針鈎方之針與針間設 此具針鈎針織工具前端之針鈎：斜::於針筒針此邊時’ 持著由針筒針形成之織物，及織機之中心方向，以支 針鈎部姆原支持著之織物之=織機之逆中心方向’以解除 針織工具之前端之針鈎邛合夺地正、反向搖動。又，具針鈎 °會沿針之長度方向上昇超過針盤針 7 200934902 之針桿之上方。即使在此上昇位置，具針鈎針織工具仍會搖動 以捕捉穿結紗。針筒與針盤之間隔，可藉提昇針盤至能獲得具 . 足夠厚度之波紋狀織物為止。 換言之，本發明因設有上述具針鈎針織工具，即使針筒針 ' 之上昇位置在集圈位置，也能昇高可前後方向搖動之具針鈎針 織工具之高度，因此能夠將位於設定在高位置之針筒針上方之 穿結紗拉入。 _ 結果，本發明遂不受針長及針剌行程之影響，可獲得集圈 〇 穿結之厚質波紋狀織物。 【實施方式】 本發明之裝置，具針鈎針織工具係設定在針筒或針盤上所 設之溝槽内，針筒針或針盤針與具針鈎針織工具用溝槽可以下 列方式設置： (1)用以收容該具針鈎針織工具之溝槽係介以插片交互 鄰接的配置於上述針筒上，而針筒針係以上述具針鈎針織工具 鄰接於其兩側之狀態佈設於上述插片之上面。 H (2)用以收容該具針鈎針織工具之溝槽係介以插片交互 鄰接的配置於上述針盤上，而針盤針係以上述具針鈎針織工具 鄰接於其兩側之狀態佈設於上述插片之上面。 (3) 用以收容上述針筒針之針槽係介以插片以多數個佈 設於針筒上，各針槽内配置有上述針筒針及緊鄰其兩側之上述 具針鈎針織工具。 (4) 用以收容上述針盤針之針槽係介以插片以多數個佈 設於針盤上，各針槽内配置有上述針盤針及緊鄰其兩側之上述 200934902200934902 IX. DESCRIPTION OF THE INVENTION: TECHNICAL FIELD OF THE INVENTION The present invention relates to the weaving of corrugated fabrics woven using a circular knitting machine. Apparatus and method. The invention also relates to a corrugated fabric having a hook and loop knitting tool and a method therefor. [Prior Art] The so-called "Spacer fabric" is a fabric obtained by kneading a syringe into a skein fabric and a skein fabric knitted by a dial. It is a "cross-knitted fabric". Corrugated fabrics have been increasingly used for their cushioning, heat retention and water absorption. For example, they are used as industrial materials for seat cushions, bedding mattresses, and chair surfaces. Face), used as a special fabric for cold underwear, care for old and weak patients, etc. In this context, the demand for thicker corrugated fabrics is growing, especially in the use of industrial materials. The thickness of the corrugated fabric is determined by the distance between the syringe needle and the dial needle. In the past, the corrugated fabric made by the circular knitting machine was woven by a double-knit running machine, and the knotting yarn was inserted into both the needle of the needle and the needle of the dial to form a tuck. At this time, the syringe needle must be hooked into the knot yarn above the dial needle, but the syringe needle can only be lifted to the tuck position, and the distance between the syringe needle and the dial needle cannot be shortened. As in the conventional weaving method, the thicker corrugated fabric is only required to lengthen the length of the knitting needle. However, due to the strength limit, the needle length cannot exceed a certain length, and if the knitting needle is lengthened, a longer triangle is required. (Convex plate), productivity is reduced. In order to solve the above problem, Japanese Laid-Open Patent Publication No. 2007-169871 (hereinafter, the disclosure of the Japanese Patent Publication No. 2009-34 902, which is incorporated herein by reference) discloses a corrugated fabric which is not connected by the needle length. According to the invention of the earlier application, the cylinder has a pile yarn transfer machine. This pile yarn transfer machine: - between the needles f - is moved to the tuck position. Among them, the yarn feeding elements of the group are moved in the direction of the needle fishing, and the yarn feeding elements of the other group are moved in the direction of the needle fishing of the second needle φ, and the corrugated fabric can be woven on the circular knitting machine. According to the invention, it is said that a corrugated fabric having a thickness of 14 mm or more can be obtained even if a needle of a standard size of 14 coffees is used. According to the invention disclosed in the above Patent Document, there is a disadvantage that the mechanism is complicated and the yarn is not stably maintained in the relationship of the obliquely fed yarn. SUMMARY OF THE INVENTION An object of the present invention is to provide a device method capable of reducing the burden of a knitting needle with a simpler structure and maintaining a stable tuck and knot formation to form a corrugated fabric. The knitting device for corrugated fabric of the invention is: a) a syringe fabric forming device 'equipped with a syringe, a syringe needle accommodated in the needle groove of the syringe, which can slide up and down, and a needle for controlling the needle a syringe inhibiting triangle; b) a dial fabric forming device, having a dial 'accommodating a dial needle that is horizontally slidable in the two needle slots of the dial, and a dial control triangle for controlling the dial needle; And c) a knotting control device for piercing the sprocket fabric formed by the above-mentioned squeegee forming device and the sprocket fabric formed by the sprocket fabric forming device; and characterized in that: a knitting yarn control device for threading the above-mentioned syringe fabric and the above-mentioned dial fabric is disposed between the needle 200934902 needle and the needle needle, and the needle (4) of the knitting tool between the needle and the needle The needle can be moved to the center of the knitting machine, the tool, and the counter-centering direction can be freely moved, and the needle fishing portion can be extended along the longitudinal: or the knitting machine to the other of the above-mentioned syringe and the above-mentioned needle. Rise or advance. The knitting method of the corrugated fabric of the present invention is oriented on the upper side of the needle, the knitting process of the tubular fabric is knitted into a needle cylinder by a knitting needle into a needle fabric, and the above-mentioned needle cylinder is threaded by the knotting yarn to the needle Any of the cartridge needles and the above-mentioned dial needles is characterized in that: the yarn supply is captured by the hook portion of the needle hook knitting tool. It is said that the yarn is tied to the yarn and the yarn is pulled to the needle from the other side of the needle. With =: length: · piercing the above-mentioned needle shaft and the above-mentioned needle knitting = the needle hook knitting work used in the method of the Ming" and consisting of the head and the crotch; the above two, the whole Zhao is formed as the center of the plate L-shaped needle fishing section; and: the end is provided with a needle-facing machine for the knitting machine, a needle for swaying, and a material for moving up and down to form a knitting machine. The invention having the above composition has the following effects: 'The needle in the needle and the needle have a needle hook knitting tool. The needle hook of the needle hook knitting tool is arranged between the needle and the needle: oblique: at the side of the needle needle, holding the fabric formed by the needle needle, and the center direction of the loom, with the needle The hook of the original support of the fabric = the opposite direction of the loom 'to unwind the hook at the front end of the knitting tool to capture the ground and reverse. Also, the hook hook will rise above the needle bar of the dial needle 7 200934902 along the length of the needle. Even in this raised position, the hook-and-loop knitting tool will still shake to capture the knot yarn. The spacing between the syringe and the dial can be achieved by lifting the dial to obtain a corrugated fabric of sufficient thickness. In other words, according to the present invention, since the above-described hook-and-loop knitting tool is provided, even if the rising position of the syringe needle 'is in the tuck position, the height of the hook-and-loop knitting tool which can be swung in the front-rear direction can be raised, so that the setting can be set high. The threaded yarn above the needle of the needle is pulled in. _ As a result, the present invention is not affected by the length of the needle and the stroke of the needle, and a thick corrugated fabric in which the loop 〇 is worn is obtained. [Embodiment] The device of the present invention has a hook knitting tool set in a groove provided on a syringe or a dial. The syringe needle or the dial needle and the groove for the hook knitting tool can be set in the following manner: (1) a groove for accommodating the hook-and-loop knitting tool is disposed on the needle barrel via a mutually adjacent insertion piece, and the needle needle is disposed in a state in which the needle-hook knitting tool is adjacent to both sides thereof Above the above inserts. H (2) for accommodating the groove of the hook-and-loop knitting tool, wherein the inserts are alternately adjacent to each other on the dial, and the dial needle is in a state in which the hook-and-loop knitting tool is adjacent to both sides thereof The cloth is arranged on the top of the insert. (3) The needle groove for accommodating the above-mentioned syringe needle is disposed on the syringe in a plurality of inserts, and the needle needle and the above-mentioned hook knitting tool adjacent to both sides thereof are disposed in each of the needle grooves. (4) The needle groove for accommodating the dial needle is arranged on the dial by a plurality of inserts, and the needle needle and the two sides adjacent thereto are disposed in each of the needle grooves.
具針釣針織工具Q (5)用以收容該具針釣針織工具之針筒盘 ==針槽係設置，而於上述具針釣針 上述針4針之兩心置設有沿之半#方向 择、、 〃（6)用錢容該具針釣針織工具之針盤溝槽與收容^ 針筒針之針盤針之針盤針槽係呈交互設置述迷 織工具與上述針盤針之兩鄰位置設有沿針盤釣針 之長插片。 斑之垂直方向延伸 隔為(:，而用二容二具:釣= 延伸較短之短插片：外月配；上述插片中沿針筒之半徑方向 於其兩側之狀態。 对釣針織工具乃呈鄰接 ⑻用以收容該具針鈎針織工且之 隔為二，而上述針盤針係配置於插^盤溝槽係由插片分 延伸較短之短插片之外周面， 針盤之垂直方向 於其兩側之狀態。 遮^針鈎針織工具乃呈鄰接 又，本發明之装置，最好在 掉入上述具針鈎針織 針筒之内周上部設置防止 之間之環狀構件。 收容上述具針釣針織工具之溝槽 本發明之方法中，供穿 任何-方之針之方法，有供紗 4釺筒針及上述針盤針中 針桿上方之方法及供紗至針之、=已打開之針舌前端位置之 方法，可獲得連接上述钎筒織^區域之方法兩種《藉由此等 結方式係以集圈穿結與_， 一上述針盤織物用穿結紗之穿 、方之針織物接合，而與另一方之織： 200934902 之連結，若使用前者之方法時，係以集圈穿結，若使用後者之 方法時，則以平織紗圈與穿結紗之雙紗圈穿結相互連結而成之 波紋狀織物。 又，本發明之方法，上述針筒針及上述針盤針係使用高針 踵針（H針）及低針踵針（L針）之兩種類，同時，還可包括： 使用複數之色紗，並使上述針筒針及上述針盤針中之任何一方 之針依照花紋進行編織•浮線(knit/welt)，而另一方之針則全 部進行浮線，以將上述針筒織物與上述針盤織物中之任一方以 提花編織而成之工程。於是可製得針筒織物及針盤織物之一方 由提花編織而成之波紋狀織物。 以下，依據附圖就本發明之具體實施例詳細說明。 〔實施例1〕 第1圖表示本發明之波紋狀織物製造裝置之雙面圓型針織 機之編織部的主要部份剖視圖，編織部2係設在由多支機腳（未 圖示）支持之機床1上部。 針筒3之外周所形成之針槽41上部收容有可沿垂直方向 自由滑動之針筒針5。如第3圖所示，針筒針5係形成板狀， 具有前端設有頭部51，後部設有針踵52之細長針桿53。頭部 51設有針鈎54及可開閉之針舌55。面向著針筒3配置有控制 針筒針5用針筒三角保持具（三角座圈）6,針筒針5藉收容 於針筒三角保持具6之控制三角61之控制可行上下往復運動 (參照第1圖及第2圖）。此外，在針筒3之内周上部最好設 置防止紗圈掉入具針鈎針織工具7與具針鈎針織工具7之間之 環狀構件31。 10 200934902 如第2圖所示，針筒之針槽41中，在相鄰之針筒針5與 針筒針5之間各設置有一支具針鈎針織工具7。此具針鈎針織 工具7如第3圖所示，整體形成板狀，具有細長之首部71及 粗長之胴部72。首部71之最前端設有面向針織機之中心方向 之L字型針鈎部73。胴部72之前端及後端分別形成有面向針 織機之逆中心方向之搖動用針踵74及上下移動用針踵75。 針筒三角保持具6係與具針鈎針織工具7之胴部72相對 φ 設置，收容於針筒三角保持具6之壓接三角81與具針鈎針織 工具7之搖動用針踵74卡合而使具針鈎針織工具7能搖動。 又，收容於針筒三角保持具6之控制三角91與具針鈎針織工 具7之上下移動用針踵75卡合而使具針鈎針織工具7能上下 往復運動（參照第2圖、第3圖）。 為實施本發明，有種種構成可想見。首先，在第一種之構 成中，如第6(a)圖及第6(c)圖所示，收容具針鈎針織工具7之 針筒溝槽42之二鄰設有長度在針筒之半徑方向尺寸較短之插 片44b。第3圖表示第6(a)圖之縱剖面圖。針筒3之溝槽42 G 内部因具針鈎針織工具7可在此搖動，故必需形成較針筒針用 之針槽41深。針筒針5之溝底則成為插片44b之外周面。 第二種之構成為，如第6(b)圖及第6(c)圖所示，在針筒3 並不為了收容具針鈎針織工具7而設置特別之針筒溝槽42。在 此情形時，多數個針筒針用針槽41係藉由多個在針筒之半徑 方向延伸之長插片44a之延伸部圍成於針筒3周面而形成，針 筒針5與位於其兩側之具針鈎針織工具7係一起設置於各針槽 41内。第7圖表示第6(b)之縱剖視圖。針筒針5及其兩側之具 11 200934902 針釣針織工具7往深度方向之尺寸，應設定為能與收容針筒針 5兩側之具針鈎針織工具7之針筒奸槽之深度相同（即平齊） 之尺寸。 又第一種之構成為，如第8(a)圖及第吵）圖所示，收容 具針鈎針織卫具7之針筒溝槽42與收容針筒針5之針槽41係 呈父互配置其兩侧各設有沿針筒之半徑方向延伸之長插片 ❹ ❹ 44a。針筒針5及具針_織工具7之各往深度方向之尺寸應 設定為能純料筒針5及具_針織^ 7之針筒針槽Μ 及收容具針釣針織工具7之溝槽42之深度相同（即平齊）之 尺寸。 容具=針^種之構成為，如第9刚及第9議所示，枚 =7之針筒溝槽42係由插片一b分隔為 二二面而=為， …L 兩鄰設有沿針筒之半徑延伸之 =插片44a。針筒溝槽42因容許具針 溝深應形成較針筒針用之針槽41深。㉟工-7搖動故其 回顧第1 ® ’本發明之圓形針織棬 三角保持具U。針盤1〇之上面所形成有針盤10及針4 針13可沿水平方向滑動自如（參槽12内收容有針盤 針盤針13係形成板狀而具有前端形成^) °如第3圈所示， 鐘1购第_之細長針桿 及可開閉之針舌135。針盤針13係 ：一 ：：m 11之三角⑴驅動而可水平往復運動。二於，二角保持具 上面設有料器14(第1»)以將針之 12 200934902 上述針筒3之下側部具有與其安裝成一體之驅動齒輪 15，當由設置在針織機上之驅動源（未圖示）驅動時能與針筒 3 —起同步旋轉。 其次，就連結針筒織物與針盤織物之穿結紗之穿結方式為 兩面皆集圈穿結之第一實施例說明如下： 第4(a-2)圖表示以第一實施例編織而成之編織組織圖。第 一喂炒係以上述針筒針及上述針盤針之低踵針（L針）實施集 圈穿結，第二喂紗則以上述針筒針及上述針盤針之低踵針（H 針）實施集圈穿結。第4(a-l)圖表示針筒針5、針盤針13及具 針鈎針織工具7為編織上述編織物而動作之各針端移動動線之 形狀圖。 各部件之動作則依照第5(a)圖A〜Μ說明如下： 按第5(a)圖之Α〜Μ係表示第2圖所賦與符號之位置之針 筒針5、針盤針13及具針鈎針織工具7之關係之侧視圖，係與 下面說明之Α〜Μ相對應。又，對各部件之動作沒有說明之項 目，表示該部件係維持前項之位置之狀況。 Α.針筒針5維持著其前端與針筒3之上部大致一致之浮線 位置。且具針鈎針織工具7之針鈎73係位於不會卡到由針筒 針5所織成之織物17之位置，如此，具針鈎針織工具7可向 針織機之逆中心方向搖動。針盤針13則維持著其前端在與針 盤10之外部大約一致之浮線位置。 Β.具針鈎針織工具7之針鈎73向針織機之中心方向搖 動，以便保持針筒針5織成之織物17 (舊紗圈）並阻止舊紗圈 隨著針筒針5之上昇而與針筒針5 —起上昇。針盤針13此時 13 200934902 仍維持著其前端在與針盤10之外部大約一致之浮線位置。 C. 針筒針5上昇至舊紗圈自針舌55清除之編織位置。 D. 具針鈎針織工具7上昇至其前端與針盤針13大致相同 之高度。針盤針13則開始前進。 E. 具針鈎針織工具7上昇至其前端之針鈎73超過針盤針 13之針桿之上方位置。針盤針13繼續前進。 F. 具針鈎針織工具7之前端向針織機之逆中心方向搖動。 針盤針13將前進至舊紗圈從針舌135清除之編織位置。 G. 具針鈎針織工具7之前端向針織機之中心方向搖動，藉 此動作，具針鈎針織工具7之針鈎73乃可捕捉呈跨於針盤針 13之針桿133間之狀態喂入之穿結紗18。 H. 具針鈎針織工具7乃以其針鈎73捕捉到穿結紗18之狀 態，下降至其前端與針筒3之上部大約一致之位置。如此，可 確保穿結波紋狀織物之針盤織物16與針筒織物17所必要之穿 結紗18 (參照第1圖）。喂入針筒針5之穿結紗18係於脫離 針筒針5已打開之針舌55前端位置之針桿上方以集圈狀態供The needle fishing knitting tool Q (5) is used for accommodating the needle plate of the needle fishing knitting tool==needle groove setting, and the two needles of the needle needle 4 needles are arranged along the half direction of the above needle needle. Select, 〃 (6) with the money to accommodate the needle-draw groove of the needle-fishing knitting tool and the needle-needle groove of the needle-needle of the needle-needle-needle-needle-needle-needle-needle-needle-needle-needle-needle-needle-needle-needle-needle-needle-needle-needle-needle-needle-needle The adjacent position is provided with a long insert along the needle of the dial. The vertical direction of the spot is extended by (:, and the two are two: fishing = short short extension: outer moon; the above-mentioned inserts are along the radius of the syringe on both sides. The knitting tool is adjacent (8) for accommodating the needle hook knitting machine and is separated by two, and the needle needle system is disposed on the outer peripheral surface of the short insert piece which is extended by the insert piece by the insert piece groove. The vertical direction of the dial is on both sides thereof. The hook-and-loop knitting tool is adjacent, and the device of the present invention is preferably provided with a ring between the inner circumference of the needle-wound knitting cylinder The method for accommodating the above-mentioned needle-fishing knitting tool, in the method of the present invention, for the method of wearing any of the needles, the method for supplying the yarn to the needle of the yarn and the needle of the needle, and the yarn supply to The method of connecting the front end position of the needle to the position of the front end of the needle can be obtained by the method of connecting the above-mentioned soldering tube to the woven area of the above-mentioned soldering tube. The knotting of the knot, the knit of the square, and the weaving of the other side: 200934902 When the former method is used, the ferrule is used for the knot, and when the latter method is used, the woven fabric is formed by the double woven loop of the flat woven yarn loop and the knotted yarn. The above-mentioned syringe needle and the above-mentioned dial needle system use two types of a high needle (H needle) and a low needle (L needle), and may further include: using a plurality of color yarns, and making the needle needle and The needle of any one of the dial needles is woven and floated according to the pattern, and the other needle is all floated to knit the jacquard fabric and any of the above-mentioned dial fabrics with jacquard weaving. Therefore, a corrugated fabric in which one of a cylinder fabric and a dial fabric is woven by a jacquard fabric can be obtained. Hereinafter, a specific embodiment of the present invention will be described in detail with reference to the accompanying drawings. [Embodiment 1] The figure shows a principal part of a knitting portion of a double-sided circular knitting machine of the corrugated fabric manufacturing apparatus of the present invention, and the knitting portion 2 is provided on the upper portion of the machine tool 1 supported by a plurality of legs (not shown). 3 formed outside the week The upper portion of the needle groove 41 houses a syringe needle 5 which is slidable in the vertical direction. As shown in Fig. 3, the syringe needle 5 is formed into a plate shape, and has a head portion 51 at the front end and an elongated needle rod having a needle 52 at the rear portion. 53. The head 51 is provided with a hook 54 and an openable and closable tongue 55. The needle cylinder 3 is provided with a needle cylinder triangular holder (triangle seat) 6 for guiding the needle cylinder 5, and the syringe needle 5 is housed in the syringe The control triangle 36 of the triangular holder 6 can be controlled to reciprocate up and down (refer to Figs. 1 and 2). Further, it is preferable to provide a yarn hooking tool 7 in the upper inner circumference of the cylinder 3 to prevent the yarn loop from falling into the hook knitting tool 7 An annular member 31 having a hook-and-loop knitting tool 7. 10 200934902 As shown in Fig. 2, in the needle groove 41 of the syringe, a needle is disposed between the adjacent syringe needle 5 and the syringe needle 5 Hook Knitting Tool 7. As shown in Fig. 3, the hook knitting tool 7 is formed in a plate shape as a whole, and has an elongated head portion 71 and a thick crotch portion 72. The front end of the head portion 71 is provided with an L-shaped hook portion 73 facing the center direction of the knitting machine. The front end and the rear end of the crotch portion 72 are respectively formed with a rocking needle 74 for moving in the reverse center direction of the knitting machine and a needle 75 for moving up and down. The cylinder cam holder 6 is disposed opposite to the crotch portion 72 of the needle hook knitting tool 7, and the crimping cam 81 accommodated in the barrel cam holder 6 is engaged with the rocking needle 74 of the hook knitting tool 7. The needle hook knitting tool 7 can be shaken. Further, the control cam 91 accommodated in the cylinder cam holder 6 is engaged with the upper and lower moving needles 75 of the needle hook knitting tool 7 to reciprocate the hook knitting tool 7 (see Figs. 2 and 3). Figure). Various configurations are conceivable for carrying out the invention. First, in the first configuration, as shown in Figs. 6(a) and 6(c), the two barrel grooves 42 of the hook knitting tool 7 are provided with a length in the barrel. A tab 44b having a shorter dimension in the radial direction. Fig. 3 is a longitudinal sectional view of Fig. 6(a). The inside of the groove 42 G of the barrel 3 can be shaken by the needle hook knitting tool 7, so that it is necessary to form a deeper needle groove 41 for the needle. The groove bottom of the syringe needle 5 becomes the outer peripheral surface of the insert 44b. The second configuration is such that, as shown in Figs. 6(b) and 6(c), the special cylinder groove 42 is not provided in the syringe 3 for accommodating the hook knitting tool 7. In this case, a plurality of needle needle slots 41 are formed by enclosing an extension of the long insertion piece 44a extending in the radial direction of the barrel around the circumference of the barrel 3, and the needle needle 5 is located therewith. The hook knitting tools 7 on both sides are provided together in the respective needle grooves 41. Fig. 7 is a longitudinal sectional view showing a sixth (b). The size of the needle pin 5 and its sides 11 200934902 needle fishing knitting tool 7 should be set to the same depth as the needle groove of the needle knitting tool 7 on both sides of the needle 5 (i. The size of the flush. The first configuration is such that, as shown in Fig. 8(a) and the first figure, the syringe groove 42 for accommodating the needle-knitted garnish 7 and the needle groove 41 for accommodating the needle 5 are father-in-law. The long side piece ❹ 44a extending along the radial direction of the needle barrel is disposed on each of the two sides. The dimensions of the needle pin 5 and the needle-like tool 7 in each depth direction should be set to the depth of the pure barrel needle 5 and the needle groove 具 of the knitting machine 7 and the groove 42 of the needle knitting tool 7 The same (ie flush) size. The configuration of the container=needle type is as shown in the 9th and 9th, the slot 42 of the slot=7 is separated into two or two sides by the insert b, and is ..., L is adjacent There is a tab 44a extending along the radius of the barrel. The cylinder groove 42 is formed deeper than the needle groove 41 for the needle needle because it allows the depth of the needle groove. 35 -7 shakes, so it is recalled that the 1 x 'the circular knit 三角 triangle holder U of the present invention. The dial 10 and the needle 4 are formed on the upper surface of the dial 1 so as to be slidable in the horizontal direction (the dial 12 is accommodated in the slot 12 and the needle 13 is formed into a plate shape and has a front end formed). As shown in the circle, the bell 1 purchases the elongated needle bar and the openable and closeable tongue 135. The dial needle 13 is a triangle of (1) driving of ::m 11 and can reciprocate horizontally. Secondly, the dipper holder is provided with a feeder 14 (1st») for the needle 12 200934902. The lower side of the above-mentioned syringe 3 has a driving gear 15 mounted integrally therewith, when driven by the knitting machine. When the source (not shown) is driven, it can rotate in synchronization with the syringe 3. Next, the first embodiment in which the knotting of the knotted yarn of the needle fabric and the dial fabric is the loop-through of both sides is illustrated as follows: Figure 4(a-2) shows the weaving in the first embodiment. A weaving organization chart. The first feeding system performs the tucking and piercing with the above-mentioned syringe needle and the lower needle (L needle) of the above-mentioned dial needle, and the second feeding yarn is the lower needle (H needle) of the above-mentioned syringe needle and the above-mentioned dial needle. Implement the ring piercing. Fig. 4(a-l) is a view showing the shape of each of the needle end moving wires for the operation of the needle needle 5, the dial needle 13, and the hook knitting tool 7 for knitting the knitted fabric. The operation of each component is as follows according to FIG. 5(a) A to :: According to FIG. 5(a), the 针-Μ indicates the needle pin 5 and the dial needle 13 which are assigned to the position of the symbol in FIG. The side view of the relationship with the hook-and-loop knitting tool 7 corresponds to Α~Μ described below. Further, the item which is not described for the operation of each component indicates that the component is in a position to maintain the position of the previous item. The syringe needle 5 maintains a floating line position whose front end substantially coincides with the upper portion of the barrel 3. Further, the hook 73 of the hook knitting tool 7 is located at a position where it is not caught by the fabric 17 woven by the needle 5, so that the hook knitting tool 7 can be swung against the center of the knitting machine. The dial needle 13 maintains its front end in a position that is approximately coincident with the outside of the dial 10.针. The hook 73 of the hook-and-loop knitting tool 7 is swung in the center direction of the knitting machine to hold the fabric 17 (old yarn loop) woven into the needle needle 5 and prevent the old yarn loop from coming up with the needle 5 The pin 5 rises up. The dial needle 13 at this time still maintains its front end in a position similar to the float position of the outside of the dial 10. C. The needle 5 is raised to the knitting position where the old loop is removed from the latch 55. D. The hook-and-loop knitting tool 7 is raised to a height at which the front end thereof is substantially the same as the dial needle 13. The dial needle 13 begins to advance. E. The hook 73 with the hook-and-loop knitting tool 7 raised to the front end thereof is positioned above the needle bar of the dial needle 13. The dial needle 13 continues to advance. F. The front end of the hook-and-loop knitting tool 7 is swung against the center of the knitting machine. The dial needle 13 will advance to the weaving position where the old loop is removed from the latch 135. G. The front end of the hook-and-loop knitting tool 7 is swung in the center direction of the knitting machine, whereby the hook 73 of the hook knitting tool 7 can capture the state between the needle bars 133 across the dial needle 13 Into the knot yarn 18. H. The hook-and-loop knitting tool 7 is caught by the hook 73 to the state in which the knot yarn 18 is caught, and is lowered to a position where the front end thereof approximately coincides with the upper portion of the syringe 3. Thus, it is ensured that the skein fabric 16 of the corrugated fabric and the knot yarn 18 necessary for the syringe fabric 17 are worn (refer to Fig. 1). The threaded yarn 18 fed to the needle 5 is attached to the needle bar at the front end of the needle 55 which has been opened from the needle 5, and is provided in a tuck state.
I. 針盤織物用紗線係供給下降之針盤針13之針鈎134，針 盤針13之針舌135藉由Η供給之穿結紗及未圖示之針盤舊紗 圈之觸動而閉合。在I與J之間，穿結紗及舊紗圈在針盤針13 之組織部脫圈。然後，針盤針13之前端前進至與針盤10之外 部大約一致之位置。針筒針5則開始下降。 J. 針筒織物用紗線係供給下降之針筒針5之針鈎54，針筒 針5之針舌55藉由Η供給之穿結紗及未圖示之針筒舊紗圈之 14 200934902 觸動而閉合。在舊紗圈將要從針筒針5脫圈之一刻，具針鈎針 織工具7上昇以便解除穿結紗18之緊張。 K. 具針鈎針織工具7為避免針鈎73妨礙到針筒織物17之 形成而向針織機之逆中心方向搖動。 L. 具針鈎針織工具7下降至其前端略低於針筒3之高度。 隨後，具針鈎針織工具7乃向針織機之中心方向搖動，以使具 針鈎針織工具7之針鈎73下降至針筒針5所織成之針筒織物 17之下面位置。 M. 具針鈎針織工具7藉由針筒針5之組織部上昇至大致與 針筒3相同之高度，穿結紗18及舊紗圈即脫圈。 〔實施例2〕 以下，就穿結針筒織物與針盤織物之穿結紗之穿結其對針 筒織物係集圈穿結，而對針盤織物為針盤平織紗圈與穿結紗之 雙面紗圈之穿結之第二實施例加以說明。 第4(b-2)圖表示以第二實施例編織而成之編織組織圖。第 一喂紗係以上述針筒針及上述針盤針之低踵針(L針）實施穿 結，第二喂紗則以上述針筒針及上述針盤針之高踵針(H針）實 施穿結。第4(b-l)圖表示針筒針5、針盤針13及具針鈎針織工 具7為編織上述編織物而動作之各針端移動動線之形狀圖。 各部件之動作則依照第5(b)圖F’〜Γ說明如下： 按第5(a)圖之A〜E及J〜Μ因而與第一實施例相同之關 係，在此不再贅述。 F’.具針鈎針織工具7之前端向針織機之逆中心方向搖 動。針盤針13於前進至舊紗圈從針舌135清除之編織位置之 15 200934902 後，下降至集圈位置。 G’.具針鈎針織工具7之前端向針織機之中心方向搖動， 藉此動作，具針鈎針織工具7之針鈎73乃可捕捉喂紗至針盤 針13之針織區域之穿結紗18。 H’.具針鈎針織工具7乃以其針鈎73捕捉到穿結紗18之 狀態，下降至其前端與針筒3之上部大約一致之位置。如此， 可確保穿結波紋狀織物之針盤織物16與針筒織物17所必要之 穿結紗18。喂入針筒針5之穿結紗18係於脫離針筒針5已打 開之針舌55前端位置之針桿上方以集圈狀態供紗。 又，喂入下降之針盤針13之針鈎134之穿結紗18與針盤 織物用紗線一起以編織狀態被喂給。針盤針13之針舌135則 由舊紗圈觸動而關閉。 Γ.穿結紗及舊紗圈在針盤針13之組織部脫圈。然後，針 盤針13之前端前進至與針盤10之外部大致一致之位置。針筒 針5則開始下降。 〔實施例3〕 以下，就第一實施例之變形以提花編織織成針筒織物之第 三實施例加以說明。在此實施例中，針筒針及針盤針係使用高 踵針（H針）及低踵針（L針）之兩種類。 第4(c-l)圖表示為編織上述提花織物之針筒針5、針盤針 13及具針鈎針織工具7之各針端移動動線之形狀圖。 於第一喂紗，係與第一實施例同樣的將針筒提花織物與針 盤織物使用穿結紗藉由針筒及針盤之L針以集圈狀態予以穿 結。又，藉由針盤之L針以針織狀態織成針盤織物。 16 200934902 於第二喂紗，係使用第一色紗以針筒針配合花紋進行編 織•浮線，而針盤針則全部使之浮線。 . 於第三喂紗，係使用第二色紗以針筒針配合花紋進行編 織•浮線，而針盤針則全部使之浮線。 於第四喂紗，係與第一喂紗同樣的將針筒提花織物與針盤 織物使用穿結紗藉由針筒及針盤之Η針以集圈狀態予以穿 結。又，藉由針盤之Η針以針織狀態織成針盤織物。 ^ 第五喂紗、第六喂紗係與第二喂紗、第三喂紗之情況相同》 第4(c-2)表示由第三實施例編織而成之編織組織圖。 〔實施例4〕 以下，就第三實施例之變形以提花編織織成針筒織物之第 四實施例加以說明。在此實施例中，針筒針及針盤針亦使用高 踵針（Η針）及低踵針（L針）之兩種類。 第4(d-l)圖表示為編織上述提花織物之針筒針5、針盤針 13及具針鈎針織工具7之各針端移動動線之形狀圖。 於第四實施例中，從第一喂紗至第三喂紗以及第五喂紗至 〇 第七喂紗係與第三實施例之第一喂紗至第三喂紗以及第四喂 紗至第六喂紗相同，在此新增第四喂紗及第八喂紗。 於第四喂紗，係使用針盤之L針在編織狀態下織成針盤織 物。又，第八喂紗係使用針盤之Η針在編織狀態下織成針盤織 物。 第4(d-2)表示由第四實施例編織而成之編織組織圖。與第 三實施例比較，第四實施例可獲得針筒與針盤之網眼數目相同 且表裡均衡之織物。 17 200934902 藉由上述各個編織工程，可獲得不受針舌長度影響之集圈 穿結而成之厚質波紋狀識物。而且’若與專利文獻一之先前技 術比較時，尚具有下列優異之功效。 (1) 本發明與專利文獻一之先前技術不同，在編織部並無必 要設置導5丨穿結紗用之導紗板。即’先前技術有必要設置導紗 板是為了從針筒針清除集圈穿結紗而需從針筒針背面押壓集 圈穿結紗之目的，但在本發明中’就在該時點，該穿結紗已形 成紗圈之緣故（參照上述I項）而無必要設置。 (2) 專利文獻一之先前技術’係在個別編織形成針盤織物與 針筒織物之後，用穿結紗予以穿結’但本發明則可將針盤織物 及針筒織物與穿結紗之穿結幾乎同時進行之故，而可增加喂紗 口數量》 又’雖在圖中未表不’將具針釣針織工具7不設在針筒側， 而改設在針盤側’亦可獲得同樣之波紋狀織物。此時，在上述 實施例中，需要將針筒與針盤對調。 Q 【圖式簡單說明】 第1圖表示本發明之波紋狀織物編織裝置之雙面圓形針織 機之編織部之要部剖視圖。 第2圖表示編織部之要部之放大立體圖。 第3圖表示第6(a)圖之狀態之編織部之要部之放大剖視圖。 第4(a-l)圖表示實施例1之針筒針、針盤針及具針鈎針織 工具之針端移動動線之形狀示意圖。 第4(a-2)圖表示實施例1編織成之編織組織圖。 18 200934902 第4(b-l)圖表示實施例2之針筒針、針盤針及具針鈎針織 工具之針端移動動線之形狀示意圖。 . 第4(b-2)圖表示實施例2編織成之編織組織圖。 第4(c-l)圖表示實施例3之針筒針、針盤針及具針鈎針織 工具之針端移動動線之形狀示意圖。 第4(c-2)圖表示實施例3編織成之編織組織圖。 第4(d-l)圖表示實施例4之針筒針、針盤針及具針鈎針織 _ 工具之針端移動動線之形狀示意圖。 第4(d-2)圖表示實施例4編織成之編織組織圖。 第5(a)圖A〜Μ表示實施例1中位於第2圖所標示之位置之 針筒針、針盤針及具針鈎針織工具之關係之側視圖。 第5(b)圖表示實施例2中從實施例1之變更部份(F’〜Γ)。 第6(a)圖表示針筒針及具針鈎針織工具之配置狀態之正視 圖。 第6(b)圖表示針筒針及具針鈎針織工具之另一種配置狀態 之正視圖。 φ 第6(c)圖表示第6(a)圖之俯視圖。 第6(d)圖表示第6(b)圖之俯視圖。 第7圖表示第6(b)圖之狀態之編織部之要部之放大剖視圖。 第8圖表示針筒針及具針鈎針織工具之第三種配置狀態之 正視圖（b)及俯視圖（a)。 第9圖表示針筒針及具針鈎針織工具之第四種配置狀態之 正視圖（b)及俯視圖（a)。 【主要元件符號說明】 19 200934902I. The yarn for the dial fabric is supplied to the hook 134 of the lowered dial needle 13, and the latch 135 of the dial needle 13 is driven by the twisted yarn supplied by the twisted yarn and the old loop of the dial not shown. closure. Between I and J, the knotted yarn and the old loop are unwound at the tissue portion of the dial needle 13. Then, the front end of the dial needle 13 is advanced to a position approximately coincident with the outside of the dial 10. The syringe needle 5 begins to drop. J. The yarn for the syringe fabric is supplied to the hook 54 of the lower needle 5, and the needle 55 of the needle 5 is touched by the yarn of the twisted yarn supplied by the twisted yarn and the old yarn loop of the unillustrated needle 14 200934902 closure. When the old loop is about to be uncoiled from the syringe needle 5, the needle crochet tool 7 is raised to relieve the tension of the knot yarn 18. K. The hook-and-loop knitting tool 7 is swayed in the opposite center direction of the knitting machine in order to prevent the hook 73 from interfering with the formation of the syringe fabric 17. L. The hook-and-loop knitting tool 7 is lowered to a height slightly lower than the front end of the barrel 3. Subsequently, the hook knitting tool 7 is rocked toward the center of the knitting machine to lower the hook 73 of the hook knitting tool 7 to the lower position of the cylinder fabric 17 to which the cylinder needle 5 is woven. M. The hook-and-loop knitting tool 7 is raised by the tissue portion of the syringe needle 5 to substantially the same height as the syringe 3, and the knot yarn 18 and the old yarn loop are unwound. [Embodiment 2] Hereinafter, the knotting of the knotting yarn of the knotting needle fabric and the dial fabric is performed on the sleeve of the sleeve fabric, and the dial fabric is a flat knitting yarn and a knot yarn of the dial A second embodiment of the wearing of the double-sided yarn loop will be described. Fig. 4(b-2) is a view showing the knitting structure of the second embodiment. The first yarn feeding is performed by the above-mentioned syringe needle and the lower needle (L needle) of the dial needle, and the second yarn feeding is performed by the needle needle and the high needle (H needle) of the needle needle. Knot. Fig. 4(b-1) shows the shape of the needle needle 5, the dial needle 13, and the needle hook knitting tool 7 for moving the respective needle end movements for knitting the above-mentioned knitted fabric. The operation of each component will be described as follows in accordance with FIG. 5(b) FIG. 1A: The same relationship as in the first embodiment will be omitted as shown in FIGS. 5(a) and A to E and J. F'. The front end of the hook-and-loop knitting tool 7 is swung in the opposite direction of the knitting machine. The dial needle 13 is advanced to the tuck position after advancing to the weaving position of the old loop by the tongue 135 15 200934902. G'. The front end of the hook-and-loop knitting tool 7 is swung in the center direction of the knitting machine, whereby the hook 73 of the hook knitting tool 7 can capture the yarn of the knitting yarn fed to the knitting area of the dial needle 13. 18. H'. The hook-and-loop knitting tool 7 is caught by the hook 73 to the state in which the knot yarn 18 is caught, and is lowered to a position where the front end thereof coincides with the upper portion of the syringe 3. Thus, it is ensured that the skein fabric 16 of the corrugated fabric is worn and the knot yarn 18 is necessary for the syringe fabric 17. The threading yarn 18 fed to the cylinder needle 5 is fed in a tuck state above the needle bar at the front end position of the tongue 55 which has been opened from the needle 5 of the needle. Further, the knot yarn 18 of the hook 134 fed to the lowered dial needle 13 is fed in a knitted state together with the yarn for the dial fabric. The latch 135 of the dial needle 13 is closed by the old loop.穿. The knotted yarn and the old loop are unwound in the tissue portion of the dial needle 13. Then, the front end of the dial needle 13 is advanced to a position substantially coincident with the outside of the dial 10. The needle 5 begins to descend. [Embodiment 3] Hereinafter, a modification of the first embodiment will be described with a third embodiment in which a jacquard weave is knitted into a cylinder fabric. In this embodiment, the syringe needle and the dial needle are of two types, a high needle (H needle) and a low needle (L needle). Fig. 4(c-1) is a view showing the shape of the needle needle 5 for knitting the above-mentioned jacquard fabric, the dial needle 13, and the respective needle end moving wires of the hook knitting tool 7. In the first yarn feeding, the jacquard weave fabric and the dial fabric are knitted in the same state as in the first embodiment by the L needle of the syringe and the dial in a tuck state. Further, the needle fabric is woven in a knitted state by the L needle of the dial. 16 200934902 In the second feeding, the first color yarn is used to make the knitting and floating line with the needle and the pattern, and the needle is all floated. In the third feeding, the second color yarn is used to make the knitting and floating line with the needle and the pattern, and the needle is all floated. In the fourth feeding yarn, the same jacquard fabric and the dial fabric are used in the same manner as the first yarn feeding, and the yarn is passed through the cylinder and the needle of the dial in a tuck state. Further, the dial fabric is woven in a knitted state by a needle of a dial. ^ The fifth feeding yarn, the sixth yarn feeding system is the same as the second yarn feeding yarn and the third yarn feeding yarn." The fourth (c-2) shows a knitting structure diagram knitted by the third embodiment. [Embodiment 4] Hereinafter, a modification of the third embodiment will be described with reference to a fourth embodiment in which a jacquard weave is woven into a cylinder fabric. In this embodiment, the needle needle and the dial needle also use two types of a high needle (ankle needle) and a low needle (L needle). Fig. 4(d-1) is a view showing the shape of the needle needle 5 for knitting the above-mentioned jacquard fabric, the dial needle 13, and the respective needle end moving wires of the hook knitting tool 7. In the fourth embodiment, the first to third yarn feeding lines and the fifth yarn feeding to the seventh yarn feeding system are the first to third yarn feeding and the fourth yarn feeding to the third embodiment. The sixth feeding yarn is the same, and the fourth feeding yarn and the eighth feeding yarn are added here. In the fourth feeding, the needle L-woven fabric is woven in a knitted state using the L needle of the dial. Further, the eighth yarn feeding is woven into a dial fabric in a knitted state using a needle of a dial. 4(d-2) shows a knitting structure diagram woven by the fourth embodiment. In comparison with the third embodiment, the fourth embodiment can obtain a fabric in which the number of meshes of the syringe and the dial is the same and the balance is balanced. 17 200934902 Through the above-mentioned various weaving works, it is possible to obtain a thick corrugated object which is formed by the tuck which is not affected by the length of the tongue. Further, when compared with the prior art of Patent Document 1, the following excellent effects are obtained. (1) The present invention differs from the prior art of Patent Document 1 in that it is not necessary to provide a guide sheet for guiding the knot yarn in the weaving portion. That is, it is necessary in the prior art to set the yarn guide plate in order to remove the knot yarn from the needle needle and to press the knot yarn from the back side of the needle needle, but in the present invention, 'at that point, the wear The knotting has formed a yarn loop (refer to item I above) and it is not necessary to set it. (2) The prior art of Patent Document 1 is to be knotted with a knotted yarn after individual weaving to form a dial fabric and a syringe fabric. However, the present invention can separate the dial fabric and the syringe fabric from the knot yarn. The knot is almost simultaneously performed, and the number of yarn feeders can be increased. "Although it is not shown in the figure, the needle fishing tool 7 is not disposed on the side of the needle cylinder, but can be changed to the side of the needle disc." Obtain the same corrugated fabric. At this time, in the above embodiment, it is necessary to reverse the syringe to the dial. Q [Brief Description of the Drawings] Fig. 1 is a cross-sectional view showing the essential part of a knitting portion of a double-sided circular knitting machine of a corrugated woven fabric knitting machine of the present invention. Fig. 2 is an enlarged perspective view showing the main part of the braided portion. Fig. 3 is an enlarged cross-sectional view showing the essential part of the woven portion in the state of Fig. 6(a). Fig. 4(a-l) is a view showing the shape of the needle needle, the dial needle, and the needle end moving line of the hook knitting tool of the first embodiment. Fig. 4(a-2) is a view showing the knitting structure of the first embodiment. 18 200934902 Fig. 4(b-1) is a view showing the shape of the needle needle, the dial needle, and the needle end moving moving line of the hook knitting tool of the second embodiment. Fig. 4(b-2) is a view showing the knitting structure of the second embodiment. Fig. 4(c-1) is a view showing the shape of the needle needle, the dial needle, and the needle end moving moving line of the hook knitting tool of the third embodiment. Fig. 4(c-2) is a view showing the weave structure of the woven fabric of Example 3. Fig. 4(d-1) is a view showing the shape of the needle needle of the embodiment 4, the dial needle, and the needle end moving moving line of the needle knitting machine. Fig. 4(d-2) is a view showing the weave structure of the woven fabric of Example 4. Fig. 5(a) to Figs. A to Μ are side views showing the relationship between the cylinder needle, the dial needle, and the hook knitting tool in the position indicated by Fig. 2 in the first embodiment. Fig. 5(b) shows a modified portion (F'~Γ) from the first embodiment in the second embodiment. Fig. 6(a) is a front elevational view showing the arrangement state of the syringe needle and the hook knitting tool. Figure 6(b) is a front elevational view showing another configuration of the syringe needle and the hook-and-loop knitting tool. φ Figure 6(c) shows a plan view of Figure 6(a). Fig. 6(d) shows a plan view of Fig. 6(b). Fig. 7 is an enlarged cross-sectional view showing the essential part of the woven portion in the state of Fig. 6(b). Fig. 8 is a front view (b) and a plan view (a) showing a third configuration state of the syringe needle and the hook knitting tool. Fig. 9 is a front view (b) and a plan view (a) showing a fourth configuration state of the syringe needle and the hook knitting tool. [Main component symbol description] 19 200934902
1 針床 2 編織部 3 針筒 5 針筒針 6 針筒三角保持具（三角座圈） 7 具針鈎針織工具 10 針盤 11 針盤三角保持具（三角座圈） 12 針槽 13 針盤針 14 喂紗器 15 驅動齒輪 16 針盤織物 17 針筒織物 18 穿結紗 41 針筒針槽 42 具針鈎針織工具溝槽 44a 長插片 44b 短插片 51 頭部 52 針踵 53 針桿 54 針鈎 55 針舌 61、 91、111控制三角 71 首部 72 胴部 73 針鈎 74 ' 75 搖動用針踵 76 上下移動用針踵 81 壓接三角 201 Needle bed 2 Weaving part 3 Syringe 5 Syringe needle 6 Syringe triangle holder (triangular seat) 7 Needle hook knitting tool 10 Dial 11 Needle disc triangle holder (triangular seat) 12 Needle groove 13 Needle needle 14 Yarn feeder 15 Drive gear 16 Puck fabric 17 Syringe fabric 18 Knitting yarn 41 Syringe needle groove 42 With needle hook Knitting tool groove 44a Long blade 44b Short blade 51 Head 52 Acupuncture 53 Needle bar 54 Needle Hook 55 Pins 61, 91, 111 Control triangle 71 Head 72 Crotch 73 Hook 74 ' 75 Shake needle 76 Up and down moving pin 81 Crimp triangle 20